SYSTEMS. INFRASTRUCTURE. AUTOMATION.
Engineering across the boundaries.
Application software, delivery tooling, networks, and hardware need to work together. Explore the problems I work on, my approach, and the projects behind that experience.
C++ systems engineering
C++ development, integration, and performance analysis for software that needs to work with devices, communication interfaces, and real deployment environments.
02CI/CD and software delivery automation
Reusable Jenkins delivery workflows that connect Windows and Linux builds, tests, packaging, and deployment artifacts into a repeatable process.
03Python automation and engineering tooling
Practical Python tooling for repeatable engineering workflows, configurable communication, and the supporting work around C++ systems.
04Networking and distributed system integration
Application communication and network architecture considered together: UDP interfaces, L2/L3 routing, VPN connectivity, and segmentation.
05Real-time software and hardware integration
C++ integration for control-loading hardware across simulation platforms, with attention to the boundary between software behavior and physical response.
06Personal R&D
Local AI infrastructure and workflow exploration
Hands-on personal R&D with local LLM inference, multi-GPU resource constraints, long-context workloads, and security-conscious MCP and agent workflows.
A DIFFICULT PROBLEM IS A GOOD START.
Let’s connect the pieces.
Discuss an engineering project, a technical role, or a challenging integration.